GreenPlanet GPF Uptake - Fluvic Acid (0-1-1)

GreenPlanet GPF Uptake - Fulvic Acid (0-1-1)

GreenPlanet GPF Uptake - Fulvic Acid (0-1-1) is a water-soluble liquid additive formulated with low-molecular-weight fulvic acid to support nutrient mobility and uptake throughout the plant cycle. Designed primarily for hydroponic growing systems, GPF Uptake helps make macro and micronutrients more available within the nutrient solution.

With an analysis of 0-1-1 , GPF Uptake provides 1% available phosphate and 1% soluble potash while chelating nutrients. Fulvic acid naturally binds with nutrient elements, helping keep them mobile and available for plant uptake throughout vegetative growth and flowering.

Key Features

NPK analysis: 0-1-1

• Water-soluble liquid fulvic acid supplement

Formulated with low-molecular-weight fulvic acid

• Designed primarily for hydroponic systems

• Supports macro and micronutrient availability

• Helps improve nutrient mobility within the feeding solution

Contains 1% available phosphate

Contains 1% soluble potash

• Suitable for vegetative growth and flowering

• Can be used throughout the entire crop cycle

• Compatible with regular nutrient programs

• Can also be used as a foliar application

Recommended application rate of 5 mL/L (19 mL/gal)

Fulvic Acid for Improved Nutrient Availability

One of the main functions of GreenPlanet GPF Uptake is to help make nutrients more mobile and accessible to plants.

Fulvic acid consists of relatively small, water-soluble molecules with natural chelating properties. These properties allow fulvic acid to bind with mineral nutrients and help transport them through the nutrient solution, where they can become more readily available for plant uptake.

This makes GPF Uptake especially useful in hydroponic systems, where nutrient solubility and mobility are important parts of maintaining a consistent feeding program.

Supports Macro and Micronutrient Uptake

Plants depend on a wide range of macro and micronutrients throughout their development. However, nutrients must remain available in the root zone before plants can effectively absorb them.

The low-molecular-weight fulvic acid in GPF Uptake acts as a natural chelator, helping maintain nutrient mobility and supporting the movement of essential elements through the feeding solution.